Custom OEM Aluminium Stampings

Aluminium stampings

Aluminium is also very light and strong. With its excellent strength-to-weight ratio, it is essential for the automotive and aerospace industries. Other advantages are that it is non-magnetic, non-combustible, increases in strength as the temperature decreases, non-toxic and an efficient conductor of heat/electricity.

Aluminium is commonly used in solar technology and similar applications and can reflect light and heat. Stamped aluminium products are also used in the aerospace, industrial, marine, medical, construction, automotive, lighting and electronics industries. Aluminium can be recycled without deterioration and is therefore highly sustainable. It is corrosion resistant as it produces a natural oxide coating and is resistant to moisture and most chemicals.

Our aluminum stamping capabilities include:

Proprietary process

Fast Turnover of Mould Processing Mould

low cost

High-quality stamped stainless steel, from design to production

Rapid prototyping of custom metal stamping and formed parts

Characteristics of stamped aluminum parts

Deep-drawn stamping aluminum parts have many characteristics and advantages, making this alloy an ideal choice for many applications.

The characteristics and advantages of aluminum include:

Ductility: Aluminum has a low melting point and can be flexibly formed in the entire product design, making it an ideal choice for power storage, beverage containers, batteries, consumer electronics, medicine, and decorative packaging industries.
Reflectivity: Usually used in solar technology and similar applications, aluminum can reflect light and heat.
Recyclability: Aluminum is easy to recycle without deterioration, so it is highly sustainable.
Corrosion resistance: Aluminum will form a natural oxide coating, and it is resistant to moisture and most chemicals.
Lightweight strength: Aluminum has an excellent strength-to-weight ratio and is particularly strong when combined with other metals. This is essential for the automotive and aerospace industries, because eliminating excess weight in these industries can improve fuel economy.